Fitzpatrick Referrals was founded in 2005 by Professor Noel Fitzpatrick, whose vision was to create an environment where it would be truly possible to marry compassionate care with excellence in veterinary medicine.

The Centre in Eashing is located against a beautiful backdrop in rural Surrey and specialises in the treatment of Orthopaedic and Neurological conditions in small companion animals, it also boasts a state of the art Rehabilitation Centre within the same building.

We passionately believe that every single animal entrusted into our care should be treated as if it was our own. We promise never to advise treatment just because it is possible, but only when it is right for your animal friend at that moment in time.

Launched on 2nd September 2015, the new state of the art Fitzpatrick Referrals animal hospital based in Guildford is the first of its kind in Europe and aims to change the way cancer is treated in companion animals.

Whilst this building will impress and contain the latest equipment, it is the team of people inside that makes it truly outstanding.

We have brought together world class medical and surgical oncologists with extensive experience in advanced radiation procedures, and the best nursing teams in order to gain a better understanding of animal cancer and to use that knowledge to deliver the very best treatment to animals.

We aim to deliver all of the options to all of the animals all of the time, and we aim to work with our human colleagues to better inform the treatment of cancer for everyone.

With Fitzpatrick Referrals Orthopaedics and Neurology, we will also be the only centre in Europe offering custom-designed 3D-printed limb and joint salvage prostheses.

Refer a Patient

Fitzpatrick Referrals Oncology Service focuses on offering advice, options and therapy to families who want to know what exists in modern cancer care for animals.
This is a centre where the vision of improving the quality of animals’ lives and ending cancer in pets drives all we do.

Soft tissue surgery refers to any type of surgery for treatment of diseases which are not orthopaedic or neurologic. As such, it includes surgery of most organs, the stomach, intestines, liver, kidneys, bladder, lungs, heart, as well as surgery of other soft parts of the body, including skin, muscle, fat and so on.

Our specialists have extensive training in Interventional Radiology and the team offer unrivalled excellence in this field for you and your pet. Our specialists are experts in delivering leading edge techniques to treat animals with conditions that were previously considered untreatable.

Lulu’s Story – Spinal Surgery

Lulu, the determined dog with a big heart

Lulu is a six-year-old Rottweiler cross rescue who lives with the Devine family. She was referred to Fitzpatrick Referrals by Dr Emily Capes at Park Vets in Sidcup as a weekend emergency in February 2016 with non-ambulatory tetraplegia and was admitted by Dr Anna Tauro, Resident in Neurology (ECVN).

On clinical examination, Lulu showed marked discomfort on extension and lateral flexion of her neck. Postural reactions and myotatic reflexes were absent on her thoracic limbs and reduced on her pelvic limbs. She could not stand or walk at all and needed to be carried using slings. Anna localised the lesion to Lulu’s caudal cervical spine

Given the presentation, there was a high suspicion that she was suffering from a form of spinal cord compression in the neck called cervical spondylomyelopathy (CSM), and in this case most likely associated with bony compression often referred to as “osseous-associated wobbler syndrome” (OAWS).

Lulu was anaesthetised and transferred to the Imaging department for Magnetic Resonance Imaging (MRI) which was carried out on our Siemens 1.5 Tesla MRI scanner. MRI is the gold standard modality for looking at spinal cord and nerve compression. This was followed by a CT scan on our Toshiba 160 slice Aquilion Prime CT scanner to allow for fine-detail viewing of the bony structures.

Fitzpatrick Referrals’ Imaging team specialise in obtaining dynamic MRI sequences with wobbler cases. Dynamic sequences allow us to understand how the changes to the patient’s cervical vertebrae interact with the spinal cord, as the patient moves its neck through flexion and extension. In addition, the traction sequences allow us to understand if the spinal cord compression is reduced when the disc space is increased, which helps us to decide which surgical procedure may be most appropriate to treat the disease.

Lulu’s MRI revealed dorsal, lateral and central spinal cord compression at C5-6 and C6-7 due to hypertrophy of the ligamentum flavum, hypertrophy of the synovium and bone of the articular facets and annular disc protrusion. With the MRI making it clear that Lulu was likely facing surgery to help her walk again, a CT scan of the cervical spine was carried out to allow accurate surgical planning.

Fitzpatrick Referrals aims to tailor the treatment it provides to meet the specific needs of the patient. Given Lulu’s size and usually lively nature, it was felt that a custom-made implant system matching the exact dimensions of the bones in her neck would provide the best chance of a successful outcome.

Anna sought the assistance of Professor Noel Fitzpatrick for surgical planning and execution. Noel is a world-leader in instrumented spinal surgery and for cases like this has developed a system of 3D printed distraction-fusion implants unique to Fitzpatrick Referrals.

Lulu’s images were immediately uploaded to our engineering department based in Hemel Hempstead and the manufacture of custom-made 3D printed implants commenced within 24 hours. The implants arrived at Fitzpatrick Referrals within a few days and Lulu was prepared for surgery.

A ventral approach to the cervical spine was achieved and titanium spacer devices were placed into the C5-C6 and C6-C7 vertebral disc spaces to push the vertebrae apart (FITS, Fitz Intervertebral Traction Screws). The spacer devices were linked using a 3D-printed custom linkage system of plates and rods screwed into the C5, C6 and C7 vertebrae (Cervical Fitzateur). Cancellous bone was harvested from both proximal humeri and placed between the three vertebrae to promote osseous union. Postoperative radiographs and CT scans revealed satisfactory alignment and stability.

Three dimensional CT scan of the FITS-Fitzateur construct in situ postoperatively. Compression is no longer present at C5-6 and C6-7.

Postoperative transverse CT scan showing how the FITS device englarges the spinal canal and the neuroforaminae at C5-6.

Lulu’s recovery

The physiotherapy team mobilised Lulu 12 hours after surgery and got to work helping her gain confidence after surgery. She went from paralysed on all four legs to walking within two days. After three days, she had improved enough to be allowed home with analgesic medication for a few weeks.

Lulu with Professor Noel Fitzpatrick and Charlie

Six weeks postoperatively Lulu was recovering well; radiographs and CT scans revealed satisfactory progression of osseous union between all three vertebrae. Lulu had mild proprioceptive deficits affecting both thoracic limbs, however she was mobilising without assistance and walking 20-30 minutes on-lead without any problems.

Ten months postoperatively Lulu is continuing to do well and enjoying hour-long off-lead walks on a daily basis. Lulu is a testament to how the individual talents of a multidisciplinary team comprising clinical neurologists, radiographers, radiologists, medical engineers, veterinary nurses, physiotherapists and neuro-orthopaedic surgeons combined to save her life.